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PHSCS 220
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Electrostatics
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Energy and Motion of Charged Particles
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Electrical Circuits
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Electrodynamics
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Link Course Outcomes to Program Outcomes
Course Outcome
Program Outcomes
Electrostatics
Use Maxwell's equations to find electric and magnetic fields in symmetric arrangements of static charges and steady currents. Also find electric and magnetic fields by integrating over charge and current densities.
Engineering Problems
Engineering Design
Communication
Ethics
Teamwork
Experimentation
Lifelong Learning
Energy and Motion of Charged Particles
Solve problems and answer conceptual questions involving electromagnetic energy (potential), forces, and the motion of charged particles and dipoles.
Engineering Problems
Engineering Design
Communication
Ethics
Teamwork
Experimentation
Lifelong Learning
Electrical Circuits
Analyze simple direct current and alternating current circuits of resistors, inductors, capacitors and power supplies.
Engineering Problems
Engineering Design
Communication
Ethics
Teamwork
Experimentation
Lifelong Learning
Electrodynamics
Use Maxwell's equations to solve problems and answer conceptual questions with changing electric and magnetic fields, including induction and electromagnetic radiation.
Engineering Problems
Engineering Design
Communication
Ethics
Teamwork
Experimentation
Lifelong Learning